Objective of this Exercise is to understand fundamental concept of frequency domain representation of signals. This so called spectrum is a key to understand many phenomena in electrical communication technology.
Figure 1 shows a basic cosine waveform in time domain as we see it with an oscilloscope. As an example its cycle time is T, at which it repeats itself, is in figure 1 ms. Then there are 1000 cycles in a second, that is 1/T = 1000 1/s = 1000 Hz = 1 kHz = f (frequency or cyclical frequency).fft linkki.
On the right hand side of Figure 1 we see the corresponding spectrum, which we measure by spectrum analyser. Instead of time, horizontal axis represents now frequency telling which (cosine) frequency components the signal consists of. Signal in Figure 1 consists of one cosine waveform and its spectrum contains only one cosine frequency component at frequency of 1 kHz.
Both the time and frequency domain figures specify cosine waveform because they show its amplitude A and frequency f = 1/T. If we know the other, we can draw the other. However, we need both representations of signals because some things may be impossible to understand in time domain but easy to understand in frequency domain and vice versa.
Periodic signals repeat themselves at so called fundamental frequency. Periodic signals consist of harmonic frequency components, which are multiples of the fundamental frequency. Figure 2 shows a rectangular pulse train on left hand side, where pulses are repeated regularly in 1 ms periods. Now the fundamental frequency f0 = 1/T = 1/1ms = 1 kHz and harmonic frequencies n f0, where n = 0, 1, 2, ... Then in our example DC or zero harmonic, n = 0, is at frequency 0 Hz, the first harmonic, n = 1, is the fundamental frequency component at 1 kHz, the second harmonic frequency, n = 2, is 2 kHz, the third harmonic is 3 kHz, etc.
Left hand side of Figure 2 shows a time domain rectangular pulse train and its original spectrum. When it is passed through a Low Pass Filter (LPF), all frequency components above LPF's bandwidth B disappear.
Spectrum at the output of LPF does not contain high frequencies, only components below B. Time domain waveform at output of LPF is the sum of its frequency components and it cannot change rapidly because lack of high frequencies (rapidly changing waveforms).
1. Rectangular pulse train with period of 1 ms, as in Figure 2, is passed through LPF with the bandwidth B = 500 Hz. What is the waveform like at the output of LPF?
2. What is the waveform like if B = 4 kHz?
What is the waveform like if B = 1 GHz
When you have answered all the questions you can submit your answers.
Congratulation, you have passed the test and may start Exercise 1: Signal wavefom and Spectrum.
Test failed. Consider again answers that are not correct


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{include file="public/headerFile" title="首页"/}
{include file="public/head"/}
{include file="public/sidebar"}
father::XXX
/
son::XXX
{include file="public/footerJsFile"}


Crystagiri
An HTML parser library for Crystal like the amazing Nokogiri Ruby gem.
I won't pretend that Crystagiri does much as Nokogiri. All help is welcome! :)
Installation
Add this to your application's shard.yml
:
dependencies:
crystagiri:
github: madeindjs/crystagiri
and then run
$ crystal deps
Usage
require "crystagiri"
Then you can simply instantiate a Crystagiri::HTML
object from an HTML String
like this
doc = Crystagiri::HTML.new "
Crystagiri is awesome!!
"
... or directly load it from a Web URL or a pathname:
doc = Crystagiri::HTML.from_file "README.md"
doc = Crystagiri::HTML.from_url "http://example.com/"
Also you can specify follow: true
flag if you want to follow redirect URL
Then you can search all XML::Node
s from the Crystagiri::HTML
instance. The tags found will be Crystagiri::Tag
objects with the .node
property:
- CSS query
puts doc.css("li > strong.title") { |tag| puts tag.node}
# =>  ..
# =>  ..
Known limitations: Currently, you can't use CSS queries with complex search specifiers like :nth-child
- HTML tag
doc.where_tag("h2") { |tag| puts tag.content }
# => Development
# => Contributing
- HTML id
puts doc.at_id("main-content").tagname
# => div
- HTML class attribute
doc.where_class("summary") { |tag| puts tag.node }
# =>
 ..

# =>
 ..

# =>
 ..

Benchmark
I know you love benchmarks between Ruby & Crystal, so here's one:
require "nokogiri"
t1 = Time.now
doc = Nokogiri::HTML File.read("spec/fixture/HTML.html")
1..100000.times do
doc.at_css("h1")
doc.css(".step-title"){ |tag| tag }
end
puts "executed in #{Time.now - t1} milliseconds"
executed in 00:00:11.10 seconds with Ruby 2.6.0 with RVM on old Mac
require "crystagiri"
t = Time.now
doc = Crystagiri::HTML.from_file "./spec/fixture/HTML.html"
1..100000.times do
doc.at_css("h1")
doc.css(".step-title") { |tag| tag }
end
puts "executed in #{Time.now - t} milliseconds"
executed in 00:00:03.09 seconds on Crystal 0.27.2 on LLVM 6.0.1 with release flag
Crystagiri is more than two time faster than Nokogiri!!
Development
Clone this repository and navigate to it:
$ git clone https://github.com/madeindjs/crystagiri.git
$ cd crystagiri
You can generate all documentation with
$ crystal doc
And run spec tests to ensure everything works correctly
$ crystal spec
Contributing
- Fork it ( https://github.com/madeindjs/crystagiri/fork )
- Create your feature branch
git checkout -b my-new-feature
- Commit your changes
git commit -am "Add some feature"
- Push to the branch
git push origin my-new-feature
- Create a new Pull Request
Contributors
See the list on Github


The pinkest creature on the blockchain, @techslut is our Chief Marketing Officer, lives and breathes Utopian.io and defines herself as a geeky pink polyamorous polyglot and social justice rogue. Meet the pink lady that seems to be everywhere.
On Github: https://github.com/techslut
Who are you, @techslut?
I am a content writer in Israel with pink hair and too many years of experience as a technology journalist, marketer, advertiser and copywriter. When I am not plotting the future of open source economy with Utopian.io as a world-known brand, I watch science fiction shows, read technology related news, and spend time with my significant others. Yes, others. There is more than one. I live an open source kind of life.
In the past I practiced martial arts including Muai Thai and Brazilian Jiu Jitsu, cooked delicious dishes and liked long walks. This all took a back seat when I became ill with fibromyalgia, an unpleasant chronic pain condition that forces me to work from home (rather than an office) and causes me to be sleepy and grumpy half the time. People say the other half is worth tolerating the sleepy and grumpy me.
 I’ve always written and will continue to write as long as I can put letters on paper / screen. I’ve worked as a technology journalist, blogged from the age of dial-up internet, and even had a few poems of mine published locally. Being as pink and as active I am on social media, I am considered a very minor local Facebook celebrity in some circles.
Drawing by @jillustrations
What brought you to the Steem blockchain, and how did that path lead to Utopian.io?
In late 2016 I visited a friend of mine in Israel (@simba) who very excitedly told me of a blogging platform where he made money just posting photographs. I was intrigued. I joined, made a few posts and some STEEM, but life got in the way and I abandoned my steemit blog, promising myself I would return to monetize the writing process of my novel.
When cryptocurrency became “hot” again in 2017, I returned to Steemit, as I said I would, and began to publish my novel with the help of the kind editors on @theisleofwrite. Payouts were nice, and I was getting involved with initiatives (and getting in trouble with some bernies) when I saw a post by @elear about an inspiring new initiative on the blockchain aimed at rewarding voluntary contributions to open source projects. My reaction? I delegated half of my then SP to @utopian-io.
Pretty soon, Utopian.io didn’t quite need my little delegation as it became one of the most successful initiatives to pop up on Steem with a truly revolutionary vision. So I looked for other ways to help and found myself bugging @elear daily and calling myself his human Siri in an attempt to try and get involved. It eventually worked.
What is your role in Utopian.io and what do you actually do?
I wear two hats in Utopian - that of the Visibility category manager and that of the chief marketer. While I postpone my investment in my category until Utopian can once again offer a more “marketer friendly” interface, I focus on community activities, PR and marketing efforts to make Utopian.io a familiar name on the lips of the global open source community.
Among others, I write, edit or proof the majority of the content published on Utopian.io Steemit blogs (@utopian.edu and @utopian-io), report the news (and make things funny) on the Utopian.io Open Source Radio Show on MSP Waves, and chat to many project owners looking for advice and consultation on how to best draw contributors and users to their projects.
Drawing by @beekart
What other steem communities / initiatives are you part of?
I tend to make connections wherever I go, so I have friends at @buildteam, I founded the Israeli Steemit community, contributed some to various initiatives here and there, and I try to help out wherever I can whenever I have the time. I believe this blockchain is home to many amazing people and communities, and it has the potential to host many more. Whatever I can do to promote that - I do.
Being a marketer and author, how do you feel you contribute to Utopian.io and open source?
Open source needs more marketers. If you look around the FOSS ecosystem, it is full of developers and technologists, while marketers and content creators shy away from this often elitist group. I do not shy away. It’s not my style. And the ecosystem needs me.
In a blog series I started writing (and promise to continue), I discussed the importance of content and marketing for open source projects.
My years of experience marketing mobile apps and promoting content for major brands and companies in the technological industries have given me a unique insight into the relationship between technology, people and money. I hope this knowledge and experience can be of use to Utopian.io and to projects on Utopian.io as well.
How do you see the future of Utopian? What would you want it to be, and where would you like to see yourself in it?
From the very first moment, I knew Utopian.io had the potential to be a stellar success. It’s why I quit my other jobs and decided to focus on it 100%. The future I see is bright. I believe Utopian.io will continue to grow at an exponential rate now that the teams and workflows are better organized that before. I am really looking forward to seeing the new frontend in action and reading the feedback from the users of the beta.
I hope to continue in my role as CMO in Utopian.io for a long time. I hope to someday onboard grandchildren to the platform, if I have any. I also hope to see my team of content creators and public relations managers grow, and perhaps include something resembling a “sales” team in the future as well.
Photo by @ingaaa
What is your favorite thing about Utopian?
Undoubtedly the people. May of this year was a trying month for Utopian.io as an organization. We lost everything but the people, really. What we had at the end of the day were the faith of our investors, the skills of our team and the sheer persistence of our mutual vision. We persevered and didn’t miss a beat, coming out even stronger and wiser from the disaster that struck at our Utopia. I believe that it is those “make or break” moments that define an organization and can indicate its potential for success. Utopian.io passed that test with flying colors thanks to the amazing people on the team.
Utopian Witness
This page is synchronized from the post: # People of Utopian #7 - @techslut


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| Company Name | Company Industry | Company Ticker | Company ISIN | Companies count |
|---|---|---|---|---|
| {{ ind_row.ind_name }} | {{ ind_row.ind_industry }} | {{ ind_row.ind_ticker }} | {{ ind_row.ind_isin }} | {{ ind_row.comp_count }} |


This is the Haskell 98 source of a small program called stripcomments, which strips comments from Haskell source files. Both plain Haskell and literate style Haskell is supported.
stripcomments


Fjord's Tech
Fjord's Tech
Welcome to Fjord Tech
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Biography
Nam dui mi, tincidunt quis
Education
My Education has an interesting story. I have always had a problem with school and learning was such a challenge for me. In elementary school, I failed the 3rd grade and always found myself in the principal’s office. I was such a troublemaker fitting the Hispanic attitude for school, authority and learning. I dropped out of high school during my junior year. I felt like another statistic of Hispanic dropouts, and I even ended up working construction right after I left. After being homeless for several months, I decided to attend the National External Diploma Program at SCC at which point I obtained my high school diploma after several weeks of studying. A few weeks after, I took the ASVAB and a few months after that I was shipped off to boot camp. After my time in the Marines, I attended Green River College where I studied Software Development for 2 quarters. I did not continue because the VA was scheduling doctors’ appointments through my class time and I missed about 3 weeks of school causing me to fall back. My instructor told me after I sought help, that it was on me and if I could not catch up, to just drop the class. This discouraged me and I just left to pursue something different. I attended 4 K-9 schools a year or so after that launched my K-9 career through the roof. My First school was called Universal K-9 which I attended for 3 months. 2 weeks before graduating, my school was raided by the FBI for fraud and aggravated identity theft and a few other counts. Sadly, the school was shut down and I did not graduate but the experience was great. Mainly watching the FBI raid my school. I then was contacted by another in-state K-9 school that took me in and certified me with no charge. I then attended a school in Virginia called American K-9 Interdiction for another 2 month and this is where I received my first K-9 partner Javelin. After attending this school, I went on to attend my last K-9 school called Custom K-9 Unlimited. I was at this school for 2 months at which I received my second K-9 partner Copper. Fast forwarding to the present, I am now attending Code Fellows for my second attempt at Software Development.
Work Experience
K9 Handler, Security & Force Protection professional with more than six years armed experience, including service in the U. S. Marine Corps Infantry and Military Police. Extensive training and operational background in austere environments including Kuwait & Southeast Asia. SKILLS & EXPERTISE • Security Force Operations • Executive Protection • Convoy Security • Personnel Supervision • Training & Mentoring • Expert Marksman • Quick Reaction Force • Urban & Jungle Operations • Route Reconnaissance • 9mm, .40 & .45 cal Pistols • 7.62mm Machine Gun • 50 cal. Machine Gun • 40mm Machine Gun • M203 Grenade Launcher • K-9 Explosive/Narcotics/Patrol Handler TRAINING & CERTIFICATIONS • Certified K9 Detection in Narcotics and explosives, Patrol Handler and Trainer/Instructor. NAPWADA and 3Pk9(PaceSetter/AK9i/Custom Canine Unlimited) • USMC Infantryman 0311 • Machine Gunner Course • Introductory Military Training • Introduction to Infantry Basic Training • Basic Urban Combat Training • Advanced Urban Combat Training • Combat Life Saver • Introduction to Military Police • Korean Ranger School • Jungle Warfare Training • Contamination Training • Police Vehicle/EOD Vehicles Course • Marine Corps Martial Arts - Brown Belt • FEMA Courses: IS-100.B, IS-200.B, IS-700.A, IS-800.B, IS-906, IS-907, IS-912, IS-914, IS-915, IS-916 PROFESSIONAL EXPERIENCE K9 Explosive Detection, Narcotics and Patrol Handler | Stapleton Security | New York | 08/2018 – present • Provided K9 explosive detection handling on a contract basis in numerous locations including Seattle, Oregon, Orlando and Philadelphia. • Contracts include PAX West and East, NYC Comic Con, Emerald City Comic Con, Rose City Comic Con, Key Stone Comic Con, Fibo Expo, Macys day Parade and Tunnel to towers 5k run. Security Agent / Armed and Unarmed | Aries Security and Consulting | Everett, WA | 08/2018 – 10/2019 • Ensured the security, safety and well-being of all personnel, visitors and premises. Provided armed executive protection for high priority clients, and acted as the duty agent and principle client point of contact on assigned contracts. • Secured premises and personnel by patrolling property, monitoring surveillance equipment, inspecting buildings, equipment, and access points, and permitting entry. • Prevented losses and damages by reporting irregularities, informing violators of policy and procedures, and restraining trespassers. Force Protection Officer-Armed | Constellis / Triple Canopy | Kuwait | 04/2018 – 06/2018 • Controlled personnel and vehicles at entry control points, including US Government and contractor personnel, approved visitors, and Coalition Forces. • Inspected all deliveries and vehicles up to Force Protection Condition Delta and in accordance with Area Support Group – Kuwait Standard Operations Procedures for installation access. • Controlled and operated barrier devices to deny unauthorized vehicle access to installations, off post parking areas, and other restricted areas. Managed military and contracted convoys entering and departing designated entry control points. • Conducted inspections of personnel and vehicles using systems including Ion Scanners, backscatter X-ray machines, under-vehicle- surveillance systems, and mobile vehicle x-ray scanning machines. Security Agent / Armed Agent | Stephen Group International | Bellevue, WA |08/2016 – 03/2018 • Ensured the security, safety and well-being of all personnel, visitors and premises. Provided executive protection for high priority clients, and acted as the duty agent and principle client point of contact on assigned contracts. • Secured premises and personnel by patrolling property, monitoring surveillance equipment, inspecting buildings, equipment, and access points, and permitting entry. • Prevented losses and damages by reporting irregularities, informing violators of policy and procedures, and restraining trespassers. MILITARY EXPERIENCE Weapons Specialist / Infantryman | U.S. Marine Corps | Kaneohe Bay, HI | 05/2015 – 03/2016 Deployed to Japan: 06/12/2015 – 12/15/2015 • Provided direct fire in support of the rifle and LAR squads/platoons/ companies, and Infantry/LAR battalions. • Assisted in tactical employment of the 7.62mm medium machine gun, the 50 cal., and 40mm heavy machine-gun, and their support vehicles. • Coordinated with supply logistics manager to receive, handle and store $20k in supplies. Transported over $10k in supplies to select destinations, facilitating practice exercises to ensure readiness for real-world operations. • Distributed ammunition and supplies to 2 separate sections within our department as per company procedures that lead to overall proficiency and mission accomplishment. Provided on site safety and procedures to help mitigate hazards and injury resulting in decrease of incidents among subordinates during company exercises. • Trained with and instructed Korean Marines in urban and jungle warfare to strengthen & build foreign relations. Military Police | U.S. Marine Corps | Kaneohe Bay, HI | 11/2014 – 05/2015 • Ensured public safety by maintaining order, responding to emergencies, protecting people and property, enforcing motor vehicle and criminal laws that promoted good community relations. • Acted as official escort when leading firefighter’s city police and the President of the United States. • Controlled and operated US Government-installed barrier devices to deny unauthorized vehicle access to US Government areas and installations. Controlled military and contracted convoys entering and departing designated entry control points. Conducted inspections of personnel and vehicles. • Informed citizens of community services and recommended options to facilitate longer-term problem resolution. Demonstrated critical thinking of violations and incidences to determine if criminal acts or stated violations were involved, affecting offender's outcome. Ground Security Force Specialist / Infantryman | U. S. Marine Corps | Kaneohe Bay, HI | 06/2012 – 11/2014 Deployed to Japan: 01/28/2014 – 06/10/2014 • Assisted in the planning and execution of all section movements, reconnaissance and operations. Participated in 12 multi-unit exercises and 4 division level exercises with Japanese, Filipino and Korean military, providing training for cooperating foreign forces ensuring safety and security for US assets. Trained with and instructed Korean Marines in urban and jungle warfare to strengthen and build foreign relations. • Supervised training and professional development. Mentored personnel through one-on-one counseling or group sessions leading to personal growth and success of individual or group. Coordinated and executed multiple division assigned tasks through multitasking and time management resulting in timely task accomplishment.
Goals
My goal is to not master but continue to understand Software Development. Knowing myself and how I learn, I need to take this slow and easy. If I push through it, I will not get what I am learning because I am unable to retain the information. My goal is to work for either Disney, Microsoft or Nintendo. Being a big Disney fan, it has always been my dream to contribute to the magic that others worked to provide me when I was a young boy. Working for Nintendo in the past, I loved the atmosphere and work quality that Nintendo provided to its employees. Every day I find new ways to improve myself.


last updated: November 4th, 2017
My name is Christian Owens, I was born and raised on the west side of Albuquerque New Mexico, and I have a passion for Biotechnology, Psychology, Chemistry, and making music.
Visual
I am going to become locally popular by opening a Video Game Lounge with a group of friends that have a different skill set than i do
I really enjoyed my first week at deep dive coding, we learned about general use of PHP storm, how to set up depositories and repositories, HTML DOM, Semantic tags, Relationships, SQL data types, UI/UX, and Data design.
Im still enjoying it, its getting more difficult as time goes on but i refuse to give up. i enjoy all the people I am around and learning more on PHP, mySQL, and how they connected has been the main focus for this week.
It has been a fantastic week, I've been learning a lot more than i expected to, and im adjusting to the way the class works and how it flows. Everyone still has a positive attitude, and is never shy to help one another. I think everyone is getting closer together and will maintain these relationship even after the course is finished.
Hard doesn't even begin to explain how it feels to go through all of this work. Consistent home work and new subjects are always keeping me busy, but I still love what I do. I'm so excited and I stay motivated because my classmates always give me a reason to be tenacious about continuing the course. So far I love everything I've learned, and I've met a lot of cool and important people that I cant wait to start interacting with regularly. We've started meeting people in the tech industry and im finally learning how to "get my foot in the door". I'm very excited for what the future holds.
My team worked very well together, I think us putting our thoughts in and making sure everyone's opinion was being considered was our biggest strength. Matt had the ability to transfer treasure cards to anyone, anywhere on the map, Luther's ability was being able to remove flood waters from two areas for one action, Zach's ability was the ability to move any player two adjacent tiles for one action, and my ability was being able to swim over missing tiles. We made sure we used every player to the best of their ability to achieve collecting all the treasure and winning the game. Though we were not successful in winning the game, I believe we have the team skills to complete the game on our next attempt.
The event we attended was fun, and very interesting. I enjoyed watching the presenters present their company's, and how they came to be. I love hearing the background stories of how the company's got started and how they plan on expanding in the future. It really helped me shape my own plan, of how I am going to achieve opening and running my own business. Seeing people go up and present makes me want to see myself in the same position they are in.


FBSettings Class Reference
| Inherits from | NSObject |
| Declared in | FBSettings.h |
Tasks
-
+ sdkVersion
Retrieve the current iOS SDK version.
-
+ loggingBehavior
Retrieve the current Facebook SDK logging behavior.
-
+ setLoggingBehavior:
Set the current Facebook SDK logging behavior. This should consist of strings defined as constants with FBLogBehavior*, and can be constructed with, e.g., [NSSet initWithObjects:].
-
+ shouldAutoPublishInstall
deprecated method
-
+ setShouldAutoPublishInstall:
deprecated method
-
+ publishInstall:
This method has been replaced by [FBAppEvents activateApp]
-
+ publishInstall:withHandler:
Manually publish an attributed install to the Facebook graph, and return the server response back in the supplied handler. Calling this method will implicitly turn off auto-publish. This method acquires the current attribution id from the facebook application, queries the graph API to determine if the application has install attribution enabled, publishes the id, and records success to avoid reporting more than once.
-
+ appVersion
@method
-
+ setAppVersion:
@method
-
+ clientToken
Retrieve the Client Token that has been set via [FBSettings setClientToken]
-
+ setClientToken:
Sets the Client Token for the Facebook App. This is needed for certain API calls when made anonymously, without a user-based Session.
-
+ setDefaultDisplayName:
Set the default Facebook Display Name to be used by the SDK. This should match the Display Name that has been set for the app with the corresponding Facebook App ID, in the Facebook App Dashboard
-
+ defaultDisplayName
Get the default Facebook Display Name used by the SDK. If not explicitly set, the default will be read from the application’s plist.
-
+ setDefaultAppID:
Set the default Facebook App ID to use for sessions. The SDK allows the appID to be overridden per instance in certain cases (e.g. per instance of FBSession)
-
+ defaultAppID
Get the default Facebook App ID used by the SDK. If not explicitly set, the default will be read from the application’s plist. The SDK allows the appID to be overridden per instance in certain cases (e.g. per instance of FBSession)
-
+ setDefaultUrlSchemeSuffix:
Set the default url scheme suffix used by the SDK.
-
+ defaultUrlSchemeSuffix
Get the default url scheme suffix used for sessions. If not explicitly set, the default will be read from the application’s plist value for ‘FacebookUrlSchemeSuffix’.
-
+ setResourceBundleName:
Set the bundle name from the SDK will try and load overrides of images and text
-
+ resourceBundleName
Get the name of the bundle to override the SDK images and text
-
+ setFacebookDomainPart:
Set the subpart of the facebook domain (e.g. @“beta”) so that requests will be sent to graph.beta.facebook.com
-
+ facebookDomainPart
Get the Facebook domain part
-
+ enableBetaFeatures:
Enables the specified beta features. Beta features are for evaluation only, and are therefore only enabled for debug builds. Beta features should not be enabled in release builds.
-
+ enableBetaFeature:
Enables a beta feature. Beta features are for evaluation only, and are therefore only enabled for debug builds. Beta features should not be enabled in release builds.
-
+ disableBetaFeature:
Disables a beta feature.
-
+ isBetaFeatureEnabled:
Determines whether a beta feature is enabled or not.
-
+ limitEventAndDataUsage
@method
-
+ setLimitEventAndDataUsage:
@method
-
+ isPlatformCompatibilityEnabled
Returns YES if the legacy Graph API mode is enabled
-
+ enablePlatformCompatibility:
Configures the SDK to use the legacy platform.
Class Methods
appVersion
@method
+ (NSString *)appVersion
Discussion
@method
@abstract
Gets the application version to the provided string. FBAppEvents
, for instance, attaches the app version to
events that it logs, which are then available in App Insights.
Declared In
FBSettings.h
clientToken
Retrieve the Client Token that has been set via [FBSettings setClientToken]
+ (NSString *)clientToken
Discussion
@method
Declared In
FBSettings.h
defaultAppID
Get the default Facebook App ID used by the SDK. If not explicitly set, the default will be read from the application’s plist. The SDK allows the appID to be overridden per instance in certain cases (e.g. per instance of FBSession)
+ (NSString *)defaultAppID
Discussion
@method
Declared In
FBSettings.h
defaultDisplayName
Get the default Facebook Display Name used by the SDK. If not explicitly set, the default will be read from the application’s plist.
+ (NSString *)defaultDisplayName
Discussion
@method
Declared In
FBSettings.h
defaultUrlSchemeSuffix
Get the default url scheme suffix used for sessions. If not explicitly set, the default will be read from the application’s plist value for ‘FacebookUrlSchemeSuffix’.
+ (NSString *)defaultUrlSchemeSuffix
Discussion
@method
Declared In
FBSettings.h
disableBetaFeature:
Disables a beta feature.
+ (void)disableBetaFeature:(FBBetaFeatures)betaFeature
Parameters
- betaFeature
The beta feature to disable.
Discussion
@method
Declared In
FBSettings.h
enableBetaFeature:
Enables a beta feature. Beta features are for evaluation only, and are therefore only enabled for debug builds. Beta features should not be enabled in release builds.
+ (void)enableBetaFeature:(FBBetaFeatures)betaFeature
Parameters
- betaFeature
The beta feature to enable.
Discussion
@method
Declared In
FBSettings.h
enableBetaFeatures:
Enables the specified beta features. Beta features are for evaluation only, and are therefore only enabled for debug builds. Beta features should not be enabled in release builds.
+ (void)enableBetaFeatures:(NSUInteger)betaFeatures
Parameters
- betaFeatures
The beta features to enable (expects a bitwise OR of FBBetaFeatures)
Discussion
@method
Declared In
FBSettings.h
enablePlatformCompatibility:
Configures the SDK to use the legacy platform.
+ (void)enablePlatformCompatibility:(BOOL)enable
Parameters
- enable
indicates whether to use the legacy mode
Discussion
@method
Setting this flag has several effects:
- FBRequests will target v1.0 of the Graph API.
- Login will use the prior behavior without abilities to decline permission.
- Specific new features such as FBLikeButton
that require the current platform
will not work.
Declared In
FBSettings.h
facebookDomainPart
Get the Facebook domain part
+ (NSString *)facebookDomainPart
Discussion
@method
Declared In
FBSettings.h
isBetaFeatureEnabled:
Determines whether a beta feature is enabled or not.
+ (BOOL)isBetaFeatureEnabled:(FBBetaFeatures)betaFeature
Parameters
- betaFeature
The beta feature to check.
Return Value
YES if the beta feature is enabled, NO if not.
Discussion
@method
Declared In
FBSettings.h
isPlatformCompatibilityEnabled
Returns YES if the legacy Graph API mode is enabled
+ (BOOL)isPlatformCompatibilityEnabled
Discussion
@method
Declared In
FBSettings.h
limitEventAndDataUsage
@method
+ (BOOL)limitEventAndDataUsage
Discussion
@method
@abstract Gets whether data such as that generated through FBAppEvents and sent to Facebook should be restricted from being used for other than analytics and conversions. Defaults to NO. This value is stored on the device and persists across app launches.
Declared In
FBSettings.h
loggingBehavior
Retrieve the current Facebook SDK logging behavior.
+ (NSSet *)loggingBehavior
Discussion
@method
Declared In
FBSettings.h
publishInstall:
This method has been replaced by [FBAppEvents activateApp]
+ (void)publishInstall:(NSString *)appID
Discussion
@method
Declared In
FBSettings.h
publishInstall:withHandler:
Manually publish an attributed install to the Facebook graph, and return the server response back in the supplied handler. Calling this method will implicitly turn off auto-publish. This method acquires the current attribution id from the facebook application, queries the graph API to determine if the application has install attribution enabled, publishes the id, and records success to avoid reporting more than once.
+ (void)publishInstall:(NSString *)appID withHandler:(FBInstallResponseDataHandler)handler
Parameters
- appID
A specific appID to publish an install for. If nil, uses [FBSession defaultAppID].
- handler
A block to call with the server’s response.
Discussion
@method
Declared In
FBSettings.h
resourceBundleName
Get the name of the bundle to override the SDK images and text
+ (NSString *)resourceBundleName
Discussion
@method
Declared In
FBSettings.h
sdkVersion
Retrieve the current iOS SDK version.
+ (NSString *)sdkVersion
Discussion
@method
Declared In
FBSettings.h
setAppVersion:
@method
+ (void)setAppVersion:(NSString *)appVersion
Parameters
- appVersion
The version identifier of the iOS app.
Discussion
@method
@abstract
Sets the application version to the provided string. FBAppEvents
, for instance, attaches the app version to
events that it logs, which are then available in App Insights.
Declared In
FBSettings.h
setClientToken:
Sets the Client Token for the Facebook App. This is needed for certain API calls when made anonymously, without a user-based Session.
+ (void)setClientToken:(NSString *)clientToken
Parameters
- clientToken
The Facebook App’s “client token”, which, for a given appid can be found in the Security section of the Advanced tab of the Facebook App settings found at https://developers.facebook.com/apps/[your-app-id]
Discussion
@method
Declared In
FBSettings.h
setDefaultAppID:
Set the default Facebook App ID to use for sessions. The SDK allows the appID to be overridden per instance in certain cases (e.g. per instance of FBSession)
+ (void)setDefaultAppID:(NSString *)appID
Parameters
- appID
The default Facebook App ID to be used by the SDK.
Discussion
@method
Declared In
FBSettings.h
setDefaultDisplayName:
Set the default Facebook Display Name to be used by the SDK. This should match the Display Name that has been set for the app with the corresponding Facebook App ID, in the Facebook App Dashboard
+ (void)setDefaultDisplayName:(NSString *)displayName
Parameters
- displayName
The default Facebook Display Name to be used by the SDK.
Discussion
@method
Declared In
FBSettings.h
setDefaultUrlSchemeSuffix:
Set the default url scheme suffix used by the SDK.
+ (void)setDefaultUrlSchemeSuffix:(NSString *)urlSchemeSuffix
Parameters
- urlSchemeSuffix
The default url scheme suffix to be used by the SDK.
Discussion
@method
Declared In
FBSettings.h
setFacebookDomainPart:
Set the subpart of the facebook domain (e.g. @“beta”) so that requests will be sent to graph.beta.facebook.com
+ (void)setFacebookDomainPart:(NSString *)facebookDomainPart
Parameters
- facebookDomainPart
The domain part to be inserted into facebook.com
Discussion
@method
Declared In
FBSettings.h
setLimitEventAndDataUsage:
@method
+ (void)setLimitEventAndDataUsage:(BOOL)limitEventAndDataUsage
Parameters
- limitEventAndDataUsage
The desired value.
Discussion
@method
@abstract Sets whether data such as that generated through FBAppEvents and sent to Facebook should be restricted from being used for other than analytics and conversions. Defaults to NO. This value is stored on the device and persists across app launches.
Declared In
FBSettings.h
setLoggingBehavior:
Set the current Facebook SDK logging behavior. This should consist of strings defined as constants with FBLogBehavior*, and can be constructed with, e.g., [NSSet initWithObjects:].
+ (void)setLoggingBehavior:(NSSet *)loggingBehavior
Parameters
- loggingBehavior
A set of strings indicating what information should be logged. If nil is provided, the logging behavior is reset to the default set of enabled behaviors. Set in an empty set in order to disable all logging.
Discussion
@method
Declared In
FBSettings.h
setResourceBundleName:
Set the bundle name from the SDK will try and load overrides of images and text
+ (void)setResourceBundleName:(NSString *)bundleName
Parameters
- bundleName
The name of the bundle (MyFBBundle).
Discussion
@method
Declared In
FBSettings.h


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Copyright The Code Review


Unit testing refers to the practice of developers writing code to test code. It is most important in circumstances where developers write "low-level" code or software components that are intended to be used by other components or otherwise extended.
There are two primary ways that unit testing differs from end-user or QA testing:
Writing unit testing code for software components is a good idea because you can catch bugs in low-level code before they reach the user-interface level, where they are often quite difficult to track down.
For example, let's assume you built a ColdFusion component called calc.cfc, which does various mathematical calculations for you. You then use calc.cfc in an application, which retrieves housing prices out of a database, calculates monthly payment scenarios at various interest rates and loan durations, and then displays all the data in an HTML table.
If you do not unit test calc.cfc and other low-level code, and someone on the QA team discovers that some of the numbers in the HTML table look incorrect, you might have difficulty tracking down the bug. It could be that the data in the database is wrong, the SQL that retrieves the data from the database is wrong, there is an error in the presentation or number-formatting logic, there is an error in the way you use the calc component's API, or there is simply an error in calc.cfc itself. By writing unit testing code to cover as many situations as possible, you just have to run the code and quickly inspect the easy-to-read results to narrow down the possibilities.
The importance of unit testing code increases the more you are able to reuse and layer your code. For instance, let's say you build a component called bank.cfc that models common bank transactions and makes heavy use of calc.cfc. As before, if you find errors in bank.cfc, you won't know whether the errors reside actually in bank.cfc or calc.cfc unless you can unit test both components.
Unit testing is also invaluable when you decide to refactor software components. Unit tests can tell you instantly whether your refactoring actually broke the component or other components that depend on it.
Unit testing is extremely important in environments where multiple developers work on a single project. For instance, if I am writing an application that calculates loan amounts based on real estate information in a database and one morning I update my source tree with all the latest code, it's going to be extremely inconvenient and a huge waste of my time if I update a bunch of little bugs checked in by other developers. If the other developers unit tested their code before checking it in, however, they could catch most of their bugs before they would affect other people's work.
In the past, there was not much need for unit testing in ColdFusion because ColdFusion was primarily a presentation language that lacked a sophisticated ability to put together software components. With the introduction of ColdFusion components, however, a unit testing framework not only became extremely useful, but also was practical to implement and use.
Developers who don't like unit testing code usually argue that it's a waste of time. In other words, for every component you write, you end up having to write a test component along with it, which adds time to the development process. Developers who have been writing unit testing code for a long time, however, counter that the time you save in tracking down and fixing low-level bugs is well worth the relatively small amount of time it takes to write unit tests.
Unit testing frameworks like cfcUnit make the process of writing unit testing code as efficient as possible. Some developers go so far as to write unit testing code before implementing the components that the tests are actually designed to test. Unit testing code is a good way to exercise your API and make sure it's usable and practical.


Example: if the inspection is enabled for constants, and the minimum specified length for a field name is 5 (the default), the following constant
produces a warning because the length of its name is 3, which is less than 5: public static final int MAX = 42;
.
A quick-fix that renames such fields is available only in the editor.
Configure the inspection:
Use the list in the Options section to specify which fields should be checked. Deselect the checkboxes for the fields for which you want to skip the check.
For each field type, specify the minimum length, maximum length, and the regular expression expected for field names using the provided input fields. Specify 0 in the length fields to skip the corresponding checks.
Regular expressions should be specified in the standard
java.util.regex
format.


Welcome to our UML Editor!
Click Here for Cli Mode
Click Here for Gui Mode
UML Class Options
Add Class
Delete Class
Edit Class
Edit Relationships
Export Data to File
Load Data from a file
Delete all classes
>
type 'help' to see commands
×
Fill in the class name
Class name:
Variables (separated by commas):
Methods (separated by commas):
2nd Class name:
Relationship type (optional):
[composition, inheritance, aggregation, realization]


?Tj—
6
7
8
9
10
.
,
'i
The
New
York
copyright
reserved
botanical
Garden
IMAGED
NEW
YORK
BOTANICAL
GARDEN
01
07
687
PLANTS
OF
PUERTO
RICO
Jasminum
fluminense
Veil,
det.
C.M.
Taylor
1987
OLEACEAE
BOTANICAL
GARDE**
Municipio
de
Ponce:
NE
of
Ponce,
along
rte
511
at
km
0.5,
N
of
rte
14,
at
the
Restaurant
Guzman.
Roadsides
and
pastures.
Vine
twining
to
3
m
high;
fruit
purple-black.
C.M.
Taylor
#
6661
1
Feb.
1986
01071687
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Welcome,
Shahriar Hasan
Employee Information
| Employee Code | Employee Name | Contact Number | View | Edit | Delete |
|
|||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| E0001 | Shahriar Hasan | +8801729242726 |
Deleted selected records.
You have made no changes.


Provides classes and interfaces for working with Kubernetes from Java using the fabric8 Kubernetes client library.


Quick-Start-Guide
Supported Versions
- K8s 1.16+
Building and Deploying Configurator
Build the source code and the docker image for Configurator. Push the image to registry and deploy configurator in the cluster.
make clean build push deploy
Removing Configurator
Remove the configurator deployment from cluster and delete local binary and docker image
make remove clean
Deploy Configurator using YAML files
YAML files for deploying the latest version of Configurator is available under the deploy folder.You need to deploy the CRDs, the controller and the service/role binding.
kubectl apply -f deploy/crd-customConfigMap.yaml
kubectl apply -f deploy/crd-customSecret.yaml
kubectl create ns configurator
kubectl apply -f deploy/configurator-clusterrole.yaml
kubectl apply -f deploy/configurator-clusterrolebinding.yaml
kubectl apply -f deploy/configurator-serviceaccount.yaml
kubectl apply -f deploy/configurator-deployment.yaml
Verify if configurator resources are created successfully.
kubectl get deployment -n configurator
NAME READY UP-TO-DATE AVAILABLE AGE
configurator-controller 1/1 1 1 4h38m
Using Configurator
Once configurator is deployed in the cluster, start creating customConfigMaps. Example customConfigMaps are available under artifacts/examples folder. Create customConfigMap. This will create a configMap with a postfix.
kubectl apply -f artifacts/exmaples/example-customConfigMap.yaml
List the configMap and make a note of the postfix for the first time.
kubectl get configMap -n test
NAME DATA AGE
testconfig-srseq 1 9s
Here “srseq” is the postfix.
Create deployment referencing the newly created configMap and its postfix. Please note the deployment metadata label must contain the config name and the config postfix that was created initially. say
apiVersion: apps/v1
kind: Deployment
metadata:
name: busybox-deployment
labels:
testconfig: srseq
app: busybox
spec:
replicas: 1
revisionHistoryLimit: 1
strategy:
type: RollingUpdate
selector:
matchLabels:
app: busybox
template:
metadata:
labels:
app: busybox
spec:
containers:
- name: busybox
image: busybox
imagePullPolicy: IfNotPresent
command: ['sh', '-c', 'echo Container 1 is Running ; sleep 3600']
volumeMounts:
- mountPath: /test
name: test-config
volumes:
- name: test-config
configMap:
name: testconfig-srseq
From now, you can directly update the customConfigMap and this will create a configMap with a new postfix and will automatically sync up the related deployments with the newly created configMap. Same functionality applies for secrets as well.

- Make sure you build and test the changes before sending a pull request.
- Ensure the README is updated with any interface or architecture changes.
Maintainers
Congurator is maintained by gopaddle.io team.


WITNESS LIST Insurance Committee March 3, 2003-10:00A HB 45 For: Schneider, Rob (Consumers Union) Against: Boone, Gina (Republic Underwriters Insurance Company) McGee, John A. (Computer Sciences Corp, Credit Services Division) HB 98 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 99 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 101 On: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos., TALHI) HB 113 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: Shawn, Jim (FAIR Plan Association) HB 114 Against: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 115 For: Schneider, Rob (Consumers Union) Against: Boone, Gina (Republic Underwriters Insurance Company) McGee, John A. (Computer Sciences Corp, Credit Services Division) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 116 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: Shawn, Jim (FAIR Plan Association) HB 117 Against: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 118 For: Schneider, Rob (Consumers Union) Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 121 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 122 For: Floyd, Beaman (TCAIS) Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 123 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 125 For: Schneider, Rob (Consumers Union) Against: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 241 On: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 259 Against: Boone, Gina (Republic Underwriters Insurance Company) On: Schneider, Rob (Consumers Union) HB 265 For: Boone, Gina (Republic Underwriters Insurance Company) Duckworth, Charles (Self) Graves, William (Progressive County Mutual Insurance Company) O'Keefe, Patrick (USAA) Ogle, Hanna (Self) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) Against: Kaupert, Christy Woodward (Self) Schneider, Rob (Consumers Union) Wadley, Leo (Self) HB 330 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: Shawn, Jim (Texas Lawyers Insurance Exchange) HB 331 For: Schneider, Rob (Consumers Union) Against: Boone, Gina (Republic Underwriters Insurance Company) McGee, John A. (Computer Sciences Corp, Credit Services Division) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 392 For: Beneke, Jim (Self) Against: Wadley, Leo (Self) On: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 596 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: Schneider, Rob (Consumers Union) HB 600 For: Kaupert, Christy Woodward (Self) Kelemen, George (AARP) Lapham, Sara C. (Self) Metzger, Luke (Texas Public Interest Research Group) Moore, Marie (Self) Paine, Frederick (Self) Perry, Kathryn Scott (Self) Schneider, Rob (Consumers Union) Smith, John P. (AARP) Wadley, Leo (Self) Against: Duckworth, Charles (Self) Floyd, Beaman (TCAIS) Graves, William (Progressive County Mutual Insurance Company) McGee, John A. (Computer Sciences Corp, Credit Services Division) Ogle, Hanna (Self) On: English, Charles Edward (Self and Jefferson Heights Association) HB 683 Against: Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 696 For: Schneider, Rob (Consumers Union) Against: Boone, Gina (Republic Underwriters Insurance Company) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 746 For: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) Against: Wadley, Leo (Self) On: English, Charles Edward (Self and Jefferson Heights Association) Shawn, Jim (FAIR Plan Association) HB 747 Against: Gonzales, Virginia (State Farm Insurance Companies) On: English, Charles Edward (Self and Jefferson Heights Association) Shawn, Jim (FAIR Plan Association) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) HB 748 Against: Floyd, Beaman (TCAIS) Kelemen, George (AARP) Smith, John P. (AARP) On: Milligan, Bruce (Coalition of Small Lloyds Insurers) Shawn, Jim (FAIR Plan Association) HB 750 Against: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: English, Charles Edward (Self and Jefferson Heights Association) HB 870 Against: Boone, Gina (Republic Underwriters Insurance Company) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) On: Schneider, Rob (Consumers Union) HB 920 For: Boone, Gina (Republic Underwriters Insurance Company) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.) Against: McGee, John A. (Computer Sciences Corp, Credit Services Division) Schneider, Rob (Consumers Union) On: Butler, Patrick (National Organization for Women in Texas) Graves, William (Progressive County Mutual Insurance Company) O'Keefe, Patrick (USAA) HB 962 Against: Floyd, Beaman (TCAIS) Thompson, Jay (AFACT, TX Farm Bureau Ins. Cos.)


--- layout: default title: Scratch Stats description: See statistics of a Scratcher with this tool. Totally not a clone of ScratchStats.com by @World_Languages. Really. ---
You either turned off JavaScript, or something went wrong on the code. Please enable JavaScript, or report if it still doesn't work.


About
LUCAS LICURSI
https://br.linkedin.com/pub/lucas-licursi/50/385/914
llicursi at gmail dot com
I will write more details of my work soon...


Police arrest three housemaids involved in robberies
by INPKARACHI: The police on Saturday claimed to have arrested three women of a gang of housemaids, involved in several robberies in Karachi’s area of Ferozabad.
As per details, the arrested women identified as Fatima, Humera and Sabeen were involved in looting several houses.
The group was carrying out their activities after gaining the confidence of the house owners.
The case against the arrested women has been registered, while the investigation into the matter was also underway.
Back in the month of September 2018, police had arrested a three-member dacoit gang from Karachi’s Zaman Town area.
A three-member gang involved in at least 200 cases of robbery and street crime was arrested from Zaman Town area of the city. The three suspects namely Ateeq, Adnan and Wasif belong to influential families.
The law enforcement agency says that all three are sons of civil servants- with one of them belonging to police- and have themselves applied for civil service. At least 200 cases have been registered in 12 police stations across the city.


4 dead, 6 injured after unknown shooters opened fire at a backyard football watch party in Fresno, California
by Rosie Perper- At least four people were killed and six others were injured on Sunday after unknown gunmen opened fire at a backyard football viewing party in Fresno, California.
- Fresno Police officials said the victims, 10 Asian males aged between 25 and 30, were gathered in a backyard to watch a football game.
- Just before 8 p.m. (11 p.m. ET), the “unknown suspects” sneaked in, opened fire, then fled. They have not been apprehended.
- Lt. Bill Dooley of Fresno Police described the event as a “mass casualty shooting” and said victims in the hospital range from “critical” to “stable” condition.
- Visit Business Insider’s homepage for more stories.
At least four people were killed and six others were injured on Sunday evening after unknown gunmen opened fire at a backyard football viewing party in Fresno, California.
Fresno Police say at least 10 people were shot just before 8 p.m. (11 p.m. ET) in the backyard of a home in southeast Fresno, according to The Fresno Bee. Police say the “unknown suspects” remain at large.
All of the victims were “Asian males” between the ages of 25 and 30, police said.
“What we do know is that this was a gathering, a family and friend gathering in the backyard,” Lieutenant Bill Dooley told a press conference, calling the event a “mass casualty shooting.”
“Everyone was watching football this evening when unknown suspects approached the residence, snuck into the backyard and opened fire.”
Dooley said victims are in the Community Regional Medical Centre and range from “critical” to “critical but stable” conditions. He added that they have no information on the suspects, the weapons used, or the vehicle used to flee after the shooting.
In a separate statement to TV crews at the scene, Deputy Chief Michael Reid said at least 35 people were at the home when the shooting occurred.
“Thank God that no kids were hurt,” he said.
“We’re going to exhaust every investigative lead we can to find out who did this, why they did this, and bring those folks to justice,” Reid said.
Earlier on Sunday, a man in his 20s was shot dead in a southeast Fresno apartment complex. Neighbours reported that a party was being held at the time. According to the Fresno Bee, police have not yet said whether the incidents are connected.


// Events
// ---------------
'use strict';
const Promise = require('bluebird');
const events = require('events');
const _ = require('lodash');
const EventEmitter = events.EventEmitter;
const eventNames = (text) => text.split(/\s+/);
/**
* @class Events
* @description
* Base Event class inherited by {@link Model} and {@link Collection}. It's not
* meant to be used directly, and is only displayed here for completeness.
*/
class Events extends EventEmitter {
/**
* Registers an event listener. The callback will be invoked whenever the event is fired. The event string may also be
* a space-delimited list of several event names.
*
* @method Events#on
* @param {string} nameOrNames The name or space separated names of events to register a callback for.
* @param {function} callback That callback to invoke whenever the event is fired.
* @return {mixed} The object where this is called on is returned to allow chaining this method call.
*/
on(nameOrNames, callback) {
eventNames(nameOrNames).forEach((name) => {
super.on(name, callback);
});
return this;
}
/**
* @method Events#off
* @description
* Remove a previously-bound callback event listener from an object. If no
* event name is specified, callbacks for all events will be removed.
*
* @param {string} nameOrNames
* The name of the event or space separated list of events to stop listening
* to.
* @param {function} callback That callback to remove.
*/
off(nameOrNames, callback) {
if (nameOrNames == null) {
return this.removeAllListeners();
}
eventNames(nameOrNames).forEach((name) => {
if (callback === undefined) {
return this.removeAllListeners(name);
}
return this.removeListener(name, callback);
});
return this;
}
/**
* @method Events#trigger
* @description
* Trigger callbacks for the given event, or space-delimited list of events.
* Subsequent arguments to `trigger` will be passed along to the event
* callback.
*
* @param {string} nameOrNames
* The name of the event to trigger. Also accepts a space separated list of
* event names.
* @param {...mixed} [args]
* Extra arguments to pass to the event listener callback function.
*/
trigger(nameOrNames) {
eventNames(nameOrNames).forEach((name) => {
this.emit.apply(this, [name].concat(Array.from(arguments)));
});
return this;
}
/**
* A promise version of {@link Events#trigger}, returning a promise which
* resolves with all return values from triggered event handlers. If any of the
* event handlers throw an `Error` or return a rejected promise, the promise
* will be rejected. Used internally on the {@link Model#event:creating "creating"},
* {@link Model#event:updating "updating"}, {@link Model#event:saving "saving"}, and
* {@link Model@event:destroying "destroying"} events, and can be helpful when needing
* async event handlers (e.g. for validations).
*
* @method Events#triggerThen
* @param {string} name
* The event name or a whitespace-separated list of event names to be triggered.
* @param {...mixed} [args] Arguments to be passed to any registered event handlers.
* @returns {Promise}
* A promise resolving to the return values of any triggered handlers.
*/
triggerThen(nameOrNames) {
const names = eventNames(nameOrNames);
const listeners = _.flatMap(names, (name) => this.listeners(name));
const args = Array.from(arguments);
return Promise.mapSeries(listeners, (listener) => listener.apply(this, args.slice(1)));
}
/**
* @method Events#once
* @description
* Just like {@link Events#on}, but causes the bound callback to fire only
* once before being removed. Handy for saying "the next time that X happens,
* do this". When multiple events are passed in using the space separated
* syntax, the event will fire once for every event you passed in, not once
* for a combination of all events.
*
* @param {string} nameOrNames
* The name of the event or space separated list of events to register a
* callback for.
* @param {function} callback
* That callback to invoke only once when the event is fired.
*/
once(name, callback) {
const wrapped = _.once(function() {
this.off(name, wrapped);
return callback.apply(this, arguments);
});
wrapped._callback = callback;
return this.on(name, wrapped);
}
}
module.exports = Events;


Contributing to heapprof¶
heapprof is an open source project distributed under the MIT License. Discussions, questions, and feature requests should be done via the GitHub issues page.
Pull requests for bugfixes and features are welcome!
Generally, you should discuss features or API changes on the tracking issue first, to make sure everyone is aligned on direction.
Lint and style:
Python code should follow PEP8+Black formatting, and should pass mypy with strict type checking.
C/C++ code should follow the Google C++ Style Guide.
You can check a client against the same lint checks run by the continuous integration test by running
python tools/lint.py
; if you add--fix
, it will try to fix any errors it can in-place.
Unittests are highly desired and should be invocable by
setup.py test
.Documentation: Any changes should be reflected in the documentation! Remember:
All Python modules should have clear docstrings for all public methods and variables. Classes should be organized with the interface first, and implementation details later.
If you’re adding any new top-level modules, add corresponding .rst files in
docs/api
and link to them fromdocs/api/index.rst
.Any other changes should be reflected in the documentation in
docs
.After changing the documentation, you can rebuild the HTML by running
python tools/docs.py
.If you want to see how the documentation looks before pushing, install Jekyll locally, then from the root directory of this repository, run
bundle exec jekyll serve
. This will serve the same images that will be served in production onlocalhost:4000
.
Code of Conduct¶
Most importantly, heapprof is released with a Contributor Code of Conduct. By participating in this product, you agree to abide by its terms. This code also governs behavior on the mailing list. We take this very seriously, and will enforce it gleefully.
Desiderata¶
Some known future features that we’ll probably want:
Provide additional file formats of output to work with other kinds of visualization.
Measure and tune system performance.
Make the process of picking sampling rates less manual.
Add support for more platforms. (Win32? Android? iOS?)
Implement a CircleCI orb for Windows with Python + CMake to speed up builds.


This program converts between various scripts, while preserving accents, text in other scripts etc.. So, one can, for example, tranform publicly available proofread dEvanAgarI RRigvEda text, and use this online interface to this program to get the vEda in unicode ಕನ್ನಡ ಲಿಪಿ with proper accents. If you have proper fonts, you should be able to view it properly.
You are welcome to use the service as it is, to contribute and build on it. If you want us to support your script, provide us with a map exactly in the format illustrated here for ಕನ್ನಡ!
Note that V, which does the same job, supports many more scripts.
It has a couple of unmapped characters: The chandrabindu. The kannaDa chandrabindu is set to enter the unicode standard, and will be supported by future fonts. If you have other suggestions, please let us know.


PhD student Computer Science University of Minnesota Email: schang at cs[dot]umn[dot]edu {% include breadcrumbs.html %} {{ content }} {% if page.ads == true %}{% include advertising.html %}{% endif %}


Cabanatuan judge who summoned Baguio enforcers 'arrogant, unprofessional' – Magalong
The mayor of Baguio City sends a letter to Supreme Court Chief Justice Diosdado Peralta about the 'bully' judge Nelson V. Largo
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A responsive argument may be a single value or a named list. Possible names
includes default
or xs
, sm
, md
, lg
, and xl
. Specifying a single
unnamed value is equivalent to specifying default
or xs
. The possible
values will be described in the specific help page. Most responsive arguments
will default to NULL
in which case no corresponding style is applied.
Responsive arguments allow you to apply styles to tag elements based on the
size of the viewport. This is important when developing applications for both
web and mobile. Specifying a single unnamed value the style will be applied
for all viewport sizes. Use the names above to apply a style for viewports of
that size and larger. For example, specifying list(default = x, md = y)
will apply x
on extra small and small viewports, but for medium, large, and
extra large viewports y
is applied.
Styles for larger viewports take precedance. See below for details about each breakpoint.
extra small
How: pass a single value, use name xs
, or use name default
.
When: the style is always applied, unless supplanted by a style for any other viewport size.
small
How: use name sm
.
When: the style is applied when the viewport is at least 576px wide, think landscape phones.
medium
How: use name md
.
When: the style is applied when the viewport is at least 768px wide, think tablets.
large
How: use name lg
.
When: the style is applied when the viewport is at least 992px wide, think laptop or smaller desktops.
extra large
How: use name xl
.
When: the style is applied when the viewport is at least 1200px wide, think large desktops.


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|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.util.EventObject javax.swing.event.TreeModelEvent
public class TreeModelEvent
Encapsulates information describing changes to a tree model, and used to notify tree model listeners of the change. For more information and examples see How to Write a Tree Model Listener, a section in The Java Tutorial.
Warning:
Serialized objects of this class will not be compatible with
future Swing releases. The current serialization support is
appropriate for short term storage or RMI between applications running
the same version of Swing. As of 1.4, support for long term storage
of all JavaBeansTM
has been added to the java.beans
package.
Please see XMLEncoder
.
| Field Summary | |
|---|---|
protected int[] |
childIndices
Indices identifying the position of where the children were. |
protected Object[] |
children
Children that have been removed. |
protected TreePath |
path
Path to the parent of the nodes that have changed. |
| Fields inherited from class java.util.EventObject |
|---|
source |
| Constructor Summary | |
|---|---|
TreeModelEvent(Object source,
Object[] path)
Used to create an event when the node structure has changed in some way, identifying the path to the root of a modified subtree as an array of Objects. |
|
TreeModelEvent(Object source,
Object[] path,
int[] childIndices,
Object[] children)
Used to create an event when nodes have been changed, inserted, or removed, identifying the path to the parent of the modified items as an array of Objects. |
|
TreeModelEvent(Object source,
TreePath path)
Used to create an event when the node structure has changed in some way, identifying the path to the root of the modified subtree as a TreePath object. |
|
TreeModelEvent(Object source,
TreePath path,
int[] childIndices,
Object[] children)
Used to create an event when nodes have been changed, inserted, or removed, identifying the path to the parent of the modified items as a TreePath object. |
| Method Summary | |
|---|---|
int[] |
getChildIndices()
Returns the values of the child indexes. |
Object[] |
getChildren()
Returns the objects that are children of the node identified by getPath at the locations specified by
getChildIndices . |
Object[] |
getPath()
Convenience method to get the array of objects from the TreePath instance that this event wraps. |
TreePath |
getTreePath()
For all events, except treeStructureChanged, returns the parent of the changed nodes. |
String |
toString()
Returns a string that displays and identifies this object's properties. |
| Methods inherited from class java.util.EventObject |
|---|
getSource |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
protected TreePath path
protected int[] childIndices
protected Object[] children
| Constructor Detail |
|---|
public TreeModelEvent(Object source, Object[] path, int[] childIndices, Object[] children)
int
. The indexes in that array
must be in order, from lowest to highest.
For changes, the indexes in the model correspond exactly to the indexes of items currently displayed in the UI. As a result, it is not really critical if the indexes are not in their exact order. But after multiple inserts or deletes, the items currently in the UI no longer correspond to the items in the model. It is therefore critical to specify the indexes properly for inserts and deletes.
For inserts, the indexes represent the final state of the tree,
after the inserts have occurred. Since the indexes must be specified in
order, the most natural processing methodology is to do the inserts
starting at the lowest index and working towards the highest. Accumulate
a Vector of Integer
objects that specify the
insert-locations as you go, then convert the Vector to an
array of int
to create the event. When the postition-index
equals zero, the node is inserted at the beginning of the list. When the
position index equals the size of the list, the node is "inserted" at
(appended to) the end of the list.
For deletes, the indexes represent the initial state of the tree,
before the deletes have occurred. Since the indexes must be specified in
order, the most natural processing methodology is to use a delete-counter.
Start by initializing the counter to zero and start work through the
list from lowest to higest. Every time you do a delete, add the current
value of the delete-counter to the index-position where the delete occurred,
and append the result to a Vector of delete-locations, using
addElement()
. Then increment the delete-counter. The index
positions stored in the Vector therefore reflect the effects of all previous
deletes, so they represent each object's position in the initial tree.
(You could also start at the highest index and working back towards the
lowest, accumulating a Vector of delete-locations as you go using the
insertElementAt(Integer, 0)
.) However you produce the Vector
of initial-positions, you then need to convert the Vector of Integer
objects to an array of int
to create the event.
Notes:
insertNodeInto
method in the
DefaultTreeModel
class, insertElementAt
appends to the Vector
when the index matches the size
of the vector. So you can use insertElementAt(Integer, 0)
even when the vector is empty.
null
.
source
- the Object responsible for generating the event (typically
the creator of the event object passes this
for its value)path
- an array of Object identifying the path to the
parent of the modified item(s), where the first element
of the array is the Object stored at the root node and
the last element is the Object stored at the parent nodechildIndices
- an array of int
that specifies the
index values of the removed items. The indices must be
in sorted order, from lowest to highestchildren
- an array of Object containing the inserted, removed, or
changed objectsTreePath
public TreeModelEvent(Object source, TreePath path, int[] childIndices, Object[] children)
TreeModelEvent(Object,Object[],int[],Object[])
.
source
- the Object responsible for generating the event (typically
the creator of the event object passes this
for its value)path
- a TreePath object that identifies the path to the
parent of the modified item(s)childIndices
- an array of int
that specifies the
index values of the modified itemschildren
- an array of Object containing the inserted, removed, or
changed objectsTreeModelEvent(Object,Object[],int[],Object[])
public TreeModelEvent(Object source, Object[] path)
Note:
JTree collapses all nodes under the specified node, so that only its immediate children are visible.
source
- the Object responsible for generating the event (typically
the creator of the event object passes this
for its value)path
- an array of Object identifying the path to the root of the
modified subtree, where the first element of the array is
the object stored at the root node and the last element
is the object stored at the changed nodeTreePath
public TreeModelEvent(Object source, TreePath path)
TreeModelEvent(Object,Object[])
.
source
- the Object responsible for generating the event (typically
the creator of the event object passes this
for its value)path
- a TreePath object that identifies the path to the
change. In the DefaultTreeModel,
this object contains an array of user-data objects,
but a subclass of TreePath could use some totally
different mechanism -- for example, a node ID numberTreeModelEvent(Object,Object[])
| Method Detail |
|---|
public TreePath getTreePath()
getChildIndices
are used to get a list of the effected
nodes.
The one exception to this is a treeNodesChanged event that is to
identify the root, in which case this will return the root
and getChildIndices
will return null.
TreePath.getLastPathComponent()
public Object[] getPath()
public Object[] getChildren()
getPath
at the locations specified by
getChildIndices
. If this is a removal event the
returned objects are no longer children of the parent node.
getPath()
,
getChildIndices()
public int[] getChildIndices()
int
containing index locations for
the children specified by the eventpublic String toString()
toString
in class EventObject
|
JavaTM 2 Platform Standard Ed. 5.0 |
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
|
Public Member Functions | |
| def | __init__ (self, base_computing_model_part, settings) |
| RansFormulation base class. More... | |
| def | GetParameters (self) |
| Returns parameters used in this formulation. More... | |
| def | GetDomainSize (self) |
| Returns domain size. More... | |
| def | AddRansFormulation (self, formulation) |
| Adds another RansFormulation to current formulation creating a list of formulations. More... | |
| def | AddProcess (self, process) |
| Adds a RansFormulationProcess to current RansFormulation. More... | |
| def | AddVariables (self) |
| Recursively calls AddVariables methods of existing formulations in this formulaton. More... | |
| def | AddDofs (self) |
| Recursively calls AddDofs methods of existing formulations in this formulaton. More... | |
| def | PrepareModelPart (self) |
| Recursively calls PrepareModelPart methods of existing formulations in this formulaton. More... | |
| def | Clear (self) |
| Recursively calls Clear methods of existing formulations in this formulaton and clears strategy. More... | |
| def | Check (self) |
| Recursively calls Check methods of existing formulations, processes and strategy in this formulaton. More... | |
| def | Initialize (self) |
| Recursively calls Initialize methods of existing formulations, processes and strategy in this formulaton. More... | |
| def | InitializeSolutionStep (self) |
| Recursively calls InitializeSolutionStep methods of existing formulations, processes and strategy in this formulaton. More... | |
| def | SolveCouplingStep (self) |
| Solves current formulation. More... | |
| def | ExecuteBeforeCouplingSolveStep (self) |
| Recursively calls ExecuteBeforeCouplingSolveStep methods of existing formulations in this formulaton. More... | |
| def | ExecuteAfterCouplingSolveStep (self) |
| Recursively calls ExecuteAfterCouplingSolveStep methods of existing formulations in this formulaton. More... | |
| def | FinalizeSolutionStep (self) |
| Recursively calls FinalizeSolutionStep methods of existing formulations, processes and strategy in this formulaton. More... | |
| def | Finalize (self) |
| Recursively calls Finalize methods of existing formulations and processes in this formulaton. More... | |
| def | GetMinimumBufferSize (self) |
| Recursively calculate minimum buffer size required by all formulations. More... | |
| def | IsBufferInitialized (self) |
| Check whether enough buffer is initialized to solve current formulation and its child formulations. More... | |
| def | IsConverged (self) |
| Recursively checks whether all formulations are converged. More... | |
| def | GetMoveMeshFlag (self) |
| Returns move mesh flag. More... | |
| def | SetCommunicator (self, communicator) |
| Sets the communicator for MPI use. More... | |
| def | GetCommunicator (self) |
| Get the communicator for MPI use. More... | |
| def | IsPeriodic (self) |
| Checks whether current formulations are solved with periodic conditions. More... | |
| def | SetIsPeriodic (self, value) |
| Sets periodicity recursively for all formulations. More... | |
| def | SetTimeSchemeSettings (self, settings) |
| Sets time scheme settings recursively for all formulations. More... | |
| def | GetTimeSchemeSettings (self) |
| Returns time scheme settings. More... | |
| def | SetWallFunctionSettings (self, settings) |
| def | GetWallFunctionSettings (self) |
| Returns wall function settings. More... | |
| def | GetBaseModelPart (self) |
| Returns base model part used in the formulation. More... | |
| def | GetComputingModelPart (self) |
| Returns computing model part used in the formulation. More... | |
| def | SetMaxCouplingIterations (self, max_iterations) |
| Sets max coupling iterations. More... | |
| def | GetMaxCouplingIterations (self) |
| Returns maxmum number of coupling iterations used in this formulation. More... | |
| def | SetConstants (self, settings) |
| Recursively sets constants in the formulations. More... | |
| def | GetRansFormulationsList (self) |
| Returns list of formulations in this formulation. More... | |
| def | GetProcessList (self) |
| Returns list of processes used in this formulation. More... | |
| def | GetModelPart (self) |
| Returns the model part used for solving current formulation (if a strategy is used only.) More... | |
| def | GetStrategy (self) |
| Returns strategy used in this formulation, if used any. More... | |
| def | GetInfo (self) |
| Recursively identify formulations being used. More... | |
| def formulations.rans_formulation.RansFormulation.__init__ | ( | self, | |
| base_computing_model_part, | |||
| settings | |||
| ) |
RansFormulation base class.
This class is the base class for formulations used in RANSApplication. A single leaf formulation is responsible for solving for one variable only. RansFormulations can be added to another RansFormulation creating coupled hierarchical formulation. Then this base RansFormulations solves them recursively according to the addition order. Args: base_computing_model_part (Kratos.ModelPart): Base model part, which is copied to create solvers for given formulation settings (Kratos.Parameters): Settings to be used in this formulation
| def formulations.rans_formulation.RansFormulation.AddDofs | ( | self | ) |
Recursively calls AddDofs methods of existing formulations in this formulaton.
| def formulations.rans_formulation.RansFormulation.AddProcess | ( | self, | |
| process | |||
| ) |
Adds a RansFormulationProcess to current RansFormulation.
Args: process (Kratos.RANSApplication.RansFormulationProcess): RansFormulationProcess to be added to current formulation
| def formulations.rans_formulation.RansFormulation.AddRansFormulation | ( | self, | |
| formulation | |||
| ) |
Adds another RansFormulation to current formulation creating a list of formulations.
Args: formulation (RansFormulation): Formulation to be added
| def formulations.rans_formulation.RansFormulation.AddVariables | ( | self | ) |
Recursively calls AddVariables methods of existing formulations in this formulaton.
| def formulations.rans_formulation.RansFormulation.Check | ( | self | ) |
Recursively calls Check methods of existing formulations, processes and strategy in this formulaton.
| def formulations.rans_formulation.RansFormulation.Clear | ( | self | ) |
Recursively calls Clear methods of existing formulations in this formulaton and clears strategy.
| def formulations.rans_formulation.RansFormulation.ExecuteAfterCouplingSolveStep | ( | self | ) |
Recursively calls ExecuteAfterCouplingSolveStep methods of existing formulations in this formulaton.
| def formulations.rans_formulation.RansFormulation.ExecuteBeforeCouplingSolveStep | ( | self | ) |
Recursively calls ExecuteBeforeCouplingSolveStep methods of existing formulations in this formulaton.
| def formulations.rans_formulation.RansFormulation.Finalize | ( | self | ) |
Recursively calls Finalize methods of existing formulations and processes in this formulaton.
| def formulations.rans_formulation.RansFormulation.FinalizeSolutionStep | ( | self | ) |
Recursively calls FinalizeSolutionStep methods of existing formulations, processes and strategy in this formulaton.
| def formulations.rans_formulation.RansFormulation.GetBaseModelPart | ( | self | ) |
Returns base model part used in the formulation.
Returns: Kratos.ModelPart: Base model part used in the formulation
| def formulations.rans_formulation.RansFormulation.GetCommunicator | ( | self | ) |
Get the communicator for MPI use.
Returns: Kratos.Communicator: Communicator used in the model part
| def formulations.rans_formulation.RansFormulation.GetComputingModelPart | ( | self | ) |
Returns computing model part used in the formulation.
Returns: Kratos.ModelPart: Computing model part used in the formulation
| def formulations.rans_formulation.RansFormulation.GetDomainSize | ( | self | ) |
Returns domain size.
| def formulations.rans_formulation.RansFormulation.GetInfo | ( | self | ) |
Recursively identify formulations being used.
Returns: str: Information of all the formulations
| def formulations.rans_formulation.RansFormulation.GetMaxCouplingIterations | ( | self | ) |
Returns maxmum number of coupling iterations used in this formulation.
Returns: int: Maximum number of coupling iterations
| def formulations.rans_formulation.RansFormulation.GetMinimumBufferSize | ( | self | ) |
Recursively calculate minimum buffer size required by all formulations.
Returns: int: Minimum buffer size
| def formulations.rans_formulation.RansFormulation.GetModelPart | ( | self | ) |
Returns the model part used for solving current formulation (if a strategy is used only.)
Returns: Kratos.ModelPart: Model part used for solving current formulation
| def formulations.rans_formulation.RansFormulation.GetMoveMeshFlag | ( | self | ) |
Returns move mesh flag.
Returns: bool: True if mesh move, False if not
| def formulations.rans_formulation.RansFormulation.GetParameters | ( | self | ) |
Returns parameters used in this formulation.
Returns: Kratos.Parameters: Parameters of this formulation
| def formulations.rans_formulation.RansFormulation.GetProcessList | ( | self | ) |
Returns list of processes used in this formulation.
Returns: List(Kratos.RANSApplication.RansFormulationProcess): List of rans formulation processes in this formulation
| def formulations.rans_formulation.RansFormulation.GetRansFormulationsList | ( | self | ) |
Returns list of formulations in this formulation.
Returns: List(RansFormulation): List of formulations in this formulation
| def formulations.rans_formulation.RansFormulation.GetStrategy | ( | self | ) |
Returns strategy used in this formulation, if used any.
Returns: Kratos.ImplicitSolvingStrategy: Strategy used in this formulation, None if not used.
| def formulations.rans_formulation.RansFormulation.GetTimeSchemeSettings | ( | self | ) |
Returns time scheme settings.
Returns: Kratos.Parameters: Time scheme settings used for formulations
| def formulations.rans_formulation.RansFormulation.GetWallFunctionSettings | ( | self | ) |
Returns wall function settings.
Returns: Kratos.Parameters: Wall function settings used for formulations
| def formulations.rans_formulation.RansFormulation.Initialize | ( | self | ) |
Recursively calls Initialize methods of existing formulations, processes and strategy in this formulaton.
| def formulations.rans_formulation.RansFormulation.InitializeSolutionStep | ( | self | ) |
Recursively calls InitializeSolutionStep methods of existing formulations, processes and strategy in this formulaton.
| def formulations.rans_formulation.RansFormulation.IsBufferInitialized | ( | self | ) |
Check whether enough buffer is initialized to solve current formulation and its child formulations.
Returns: bool: True if enough steps are initialized, False otherwise
| def formulations.rans_formulation.RansFormulation.IsConverged | ( | self | ) |
Recursively checks whether all formulations are converged.
Returns: bool: True if all of them have converged, False if not
| def formulations.rans_formulation.RansFormulation.IsPeriodic | ( | self | ) |
Checks whether current formulations are solved with periodic conditions.
Returns: bool: True if Periodic, False if not
| def formulations.rans_formulation.RansFormulation.PrepareModelPart | ( | self | ) |
Recursively calls PrepareModelPart methods of existing formulations in this formulaton.
| def formulations.rans_formulation.RansFormulation.SetCommunicator | ( | self, | |
| communicator | |||
| ) |
Sets the communicator for MPI use.
| def formulations.rans_formulation.RansFormulation.SetConstants | ( | self, | |
| settings | |||
| ) |
Recursively sets constants in the formulations.
Args: settings (Kratos.Parameters): Constants settings
| def formulations.rans_formulation.RansFormulation.SetIsPeriodic | ( | self, | |
| value | |||
| ) |
Sets periodicity recursively for all formulations.
Args: value (bool): True if formulations needs to be Periodic, False otherwise
| def formulations.rans_formulation.RansFormulation.SetMaxCouplingIterations | ( | self, | |
| max_iterations | |||
| ) |
Sets max coupling iterations.
This is not done recursively because, there are some formulations which doesn't have coupling iterations. Each formulation needs to set this seperately if base class SolveCouplingStep is used. Args: max_iterations (int): Maximum number of coupling iterations to be done in the child formulations
| def formulations.rans_formulation.RansFormulation.SetTimeSchemeSettings | ( | self, | |
| settings | |||
| ) |
Sets time scheme settings recursively for all formulations.
Args: settings (Kratos.Parameters): Time scheme settings
| def formulations.rans_formulation.RansFormulation.SetWallFunctionSettings | ( | self, | |
| settings | |||
| ) |
| def formulations.rans_formulation.RansFormulation.SolveCouplingStep | ( | self | ) |
Solves current formulation.
This method recursively solves each formulation in the list of formulations. Returns: bool: True if solve is successfull, False if not


An implementation of two types of progress bars - a finite (determined) progress bar with two progress lines (colored differently) moving independantly, and an indeterminate progress bar (indicating an unknown process completion).

All options are accessible throught the getOption and setOptions method of the widget [topmostMarkupElement.progressbar] object. After setting any of the options for the progress bar widget, it will be unenhanced and enhanced to apply the newly set options.
Please use the theme method of the widget to read the current theme.
HTML-Markup notation: data-theme
JavaScript notation: theme
The theme name as string to be used for the widget. Possible values 'a' or 'b'. By default, 'a' stays for dark theme, while 'b' for the bright theme. If omitted, the widget will inherit the theme from its parent.
HTML-Markup notation: data-corners
JavaScript notation: corners
Possible values:
The corners of the widget will be rectangular.
The corners of the widget will be smoothed.
Default is: smooth
HTML-Markup notation: data-indeterminate
JavaScript notation: indeterminate
If set to yes, the progress bar will be indeterminate (the process monitored has no definend end point) instead of determinate (the monitored process has a clear end point).
Default is: no
HTML-Markup notation: data-value
JavaScript notation: value
A positive integer value from 0 (zero progess) to 100 (completed) representing the process completion (main bar).
Default is: 0
Valid if indeterminate is set to yes.
HTML-Markup notation: data-secondary-value
JavaScript notation: secondaryValue
A positive integer value from 0 (zero progess) to 100 (completed) representing the process completion (secondary bar).
Default is: 0
Valid if indeterminate is set to yes.
Gets or sets the progress value of the main bar.
Gets or sets the progress value of the secondary bar.
Please click on the links bellow to see the different live examples. All links will open in a new window. Once a link has opened, you can view the source code of the example.


Amaretto Apple Streusel CupCakes
Total Time:1hr 15min
Prep:1 hr
Cook:15 min
Difficulty:Easy
Course:Desert
Ingredients
Cooking spray
*6.75 ounces all-purpose flour (about 1 1/2 cups)
*1/2 teaspoon baking powder
*1/4 teaspoon salt
*1/4 teaspoon baking soda
*3/4 cup granulated sugar
*1/4 cup (2 ounces) 1/3-less-fat cream cheese, softened
*1/4 cup butter, softened
*2 tablespoons amaretto (almond-flavored liqueur)
*1 teaspoon vanilla extract
*1 large egg
*1/2 cup reduced-fat sour cream
*1/4 cup 2% reduced-fat milk
*3/4 cup finely chopped Gala apple
*1 tablespoon all-purpose flour
STREUSEL:
*2 tablespoons all-purpose flour
*2 tablespoons brown sugar
*1/4 teaspoon ground cinnamon
*2 tablespoons butter, chilled
*2 tablespoons sliced almonds
GLAZE:
*1 cup powdered sugar
*4 teaspoons 2% reduced-fat milk
Instruction
Preheat oven to 350°.
Place muffin cup liners in 12 muffin cups; coat with cooking spray.
Weigh or lightly spoon 6.75 ounces (about 1 1/2 cups) flour into dry measuring cups; level with a knife.
Combine 6.75 ounces flour, baking powder, salt, and baking soda in a small bowl, stirring with a whisk.
Combine granulated sugar, cream cheese, and 1/4 cup butter in a large bowl; beat with a mixer at high speed until well blended.
Add amaretto, vanilla, and egg to sugar mixture; beat with a mixer at medium speed until well blended. Combine sour cream and 1/4 cup milk in a small bowl; stir with a whisk until well blended. Combine apple and 1 tablespoon flour in a small bowl; toss well.
Add flour mixture and sour cream mixture alternately to sugar mixture, beginning and ending with flour mixture.
Beat just until blended.
Fold in apple mixture.
Divide batter evenly among muffin cups.
To prepare the streusel, combine 2 tablespoons flour, brown sugar, and ground cinnamon in a small bowl.
Cut in 2 tablespoons butter with a pastry blender or 2 knives until mixture resembles coarse meal; stir in almonds.
Sprinkle streusel evenly over cupcakes.
Bake at 350° for 27 minutes or until a wooden pick inserted in center comes out clean.
Cool in pan for 15 minutes on a wire rack, and remove the cupcakes from pan.
To prepare glaze, combine powdered sugar and 4 teaspoons milk in a small bowl, stirring with a whisk.
Drizzle glaze over cupcakes.


Include egg donors in CRISPR gene-editing debate
by Emilia Niemiec & Heidi Carmen HowardWe argue that egg donors should be more involved in discussions on the ethical aspects of human germline gene editing (see Nature 574, 465–466 (2019) and E. S. Lander et al. Nature 567, 165–168; 2019).
Experimental data from large numbers of human embryos could be necessary to refine and improve germline gene editing, as well as to evaluate the technique’s safety and efficacy. Moreover, studies involving the creation of embryos seem preferred for testing for specific mutations and to reduce mosaicism (H. Ma et al. Nature 548, 413–419; 2017). This means that oocytes will have to be procured from large numbers of women.
Oocyte harvesting exposes the donors to serious short- and long-term health risks, raising questions about the ethical acceptability of experiments that require this procedure. Although donors are often compensated for the inconvenience, the practice prompts concerns about undue inducement — particularly for financially vulnerable women. The ethical issues are exacerbated because it is by no means certain that clinical applications of germline gene editing will eventually be permitted.
Above and beyond the physical risks, these wider ethical and policy issues should be made clear to potential donors so that they can make an informed choice and have a chance to be properly engaged in the debate.
Nature 575, 51 (2019)
doi: 10.1038/d41586-019-03388-5


I’m Deep Learning Researcher at ESTsoft Corp., Seoul, Republic of Korea. At ESTsoft, I’m mainly concentrating on improving the uncertainty representation ability of neural networks and encoding human priors into neural networks. I’ve also developed a neural network agent for financial portfolio optimization, called model-T1, based on importance sampling and a robust value function which will be released to a real market soon. Prior to joining ESTsoft, I received MSc and BSc degrees in industrial and management engineering with a minor in applied mathematics from Hanyang University, ERICA Campus, Republic of Korea. At Hanyang University, I worked with Dongmin Shin, concentrating on applying machine learning/deep learning into human-involved manufacturing systems for adaptive system design.
My research goal is building machine learning models whose implicit/explicit assumptions and predictive behaviors make sense to humans and flexible enough so that knowledge and preference of humans can be readily incorporated, thereby building artificial intelligence that can cooperate with people more easily. To achieve this goal I’m currently interested in practical Bayesian deep learning, probabilistic inference over abstract and high-level variables, and discovering fragile properties and implicit assumptions behind deep learning.
E-mail: tjoo512 at gmail dot com
Google Scholar | GitHub | LinkedIn
Preprint
Deep learning requires explicit regularization for reliable predictive probability.
Taejong Joo, Uijung Chung
arXiv, 2020
paper
Publication
Being Bayesian about categorical probability.
Taejong Joo, Uijung Chung, Min-Gwan Seo
International Conference on Machine Learning (ICML), 2020
paper |
code
Regularizing activations in neural networks via distribution matching with the Wasserstein metric.
Taejong Joo, Donggu Kang, Byunghoon Kim
International Conference on Learning Representations (ICLR), 2020
paper
Formalizing human–machine interactions for adaptive automation in smart manufacturing
Taejong Joo, Dongmin Shin
IEEE Transactions on Human-Machine Systems, 2019
paper
An adaptive approach for determining batch sizes using the hidden Markov model
Taejong Joo, Minji Seo, Dongmin Shin
Journal of Intelligent Manufacturing, 2019
paper


Man beats up Patrick the Starfish through TV screen
by Mark FrauenfelderWatch this guy give Patrick what's coming to him in an expertly choreographed fight scene.

Image: Twitter


--- title: Apply multiplicative 1-centered Gaussian noise. type: docs repo: https://github.com/rstudio/keras menu: main: name: Apply multiplicative 1-centered Gaussian noise. - keras parent: keras-reference aliases: - /reference/keras/layer_gaussian_dropout.html - /keras/reference/layer_gaussian_dropout.html - /guide/keras/reference/layer_gaussian_dropout.html - /tools/tools/keras/reference/layer_gaussian_dropout.html - /installation/keras/reference/layer_gaussian_dropout.html - /tutorials/keras/reference/layer_gaussian_dropout.html - /guide/tools/keras/reference/layer_gaussian_dropout.html - /deploy/keras/reference/layer_gaussian_dropout.html - /tools/keras/reference/layer_gaussian_dropout.html - /tutorials/tools/keras/reference/layer_gaussian_dropout.html ---
As it is a regularization layer, it is only active at training time.
layer_gaussian_dropout(
object,
rate,
input_shape = NULL,
batch_input_shape = NULL,
batch_size = NULL,
dtype = NULL,
name = NULL,
trainable = NULL,
weights = NULL
)
| object | Model or layer object |
| rate | float, drop probability (as with |
| input_shape | Dimensionality of the input (integer) not including the samples axis. This argument is required when using this layer as the first layer in a model. |
| batch_input_shape | Shapes, including the batch size. For instance,
|
| batch_size | Fixed batch size for layer |
| dtype | The data type expected by the input, as a string ( |
| name | An optional name string for the layer. Should be unique in a model (do not reuse the same name twice). It will be autogenerated if it isn't provided. |
| trainable | Whether the layer weights will be updated during training. |
| weights | Initial weights for layer. |
Arbitrary. Use the keyword argument input_shape
(list
of integers, does not include the samples axis) when using this layer as
the first layer in a model.
Same shape as input.
Other noise layers:
layer_alpha_dropout()
,
layer_gaussian_noise()


This project template is the basis of an PCB for the
Hammond Manufacturing RM2015M Enclosure
Board Dimensions: 122mm x 88mm
Case Dimensions: 130mm x 100mm x 50.8mm
Panel Dimensions: 122.5mm x 45mm
(c) 2019 Kai Raphahn
(c) 1997-2019 Hammond Mfg Co Inc


Trying something new here.
Link to google docs presentation
Blogger backup created by
Robert Washbourne


Enter PDB ID, Chain, and Cutoff to show contact map:
Please use the Sequence from ATOM records to create alignment.
Protein contact map represents the distance between all possible amino acid residue pairs of a three-dimensional protein structure using a binary-dimensional matrix.


--- layout: default title: summer semester 15 ---
These are the results from the summer semester 2015. The seminar was split into 3 projects.
You can find all the results, videos, links, source code and images below.Take a closer look at the projects from:
{% for student in site.data.sose-15.students %}{% if forloop.last == false %} {{ student.author }}{% if forloop.rindex0 != 1 %},{% endif %}{% else %} and {{ student.author }}. {% endif %} {% endfor %}
It will be fun. We promise .
The task was to create an algorithm for humans and execute it several times. Iterate through the results and refine the pseudo-code. Afterwards the algorithm was ported to the Processing programming language and improved. Finally the students needed to find a use case for their algorithms.
{% for student in site.data.sose-15.students %} {% for thumb in student.algorithm.thumb %} {% endfor %} {% endfor %}This thing not animal not plant has a will of his own. The task was to explore the possibilities of interacting with this creature. Can its behavior trigger an input?  No button press no touching. Just the presence of a person in front of the object is enough to trigger an event.
{% for student in site.data.sose-15.students %}{% for thumb in student.motor-poster.thumb %}{% endfor %}{% endfor %}